GE
Critical Power
GP100 6 kW True
Three Phase Rectifier
Applications
• Cloud Data Centers that want phase balanced IT loads
• Routers/VoIP/Soft and other Telecom Switches
• Super Computers
• 48 Vdc distributed power architectures
• 380/480 Vac Three Wire 3Ø directly to data cabinets
• Industrial Applications
Advanced Features
• Remote Upgrade from RS485 (or I2C)
• Improved Power Metering Accuracy
• Preemptive Analytics
Use Scenarios
Features
The GP100 Rectifier provides a high efficiency, intrinsically
phase balanced way to power data center cabinets
directly from 3 wire 3Ø 480Vac (or 380 Vac). The AC can
be supplied by a UPS, Generator, or line transformer with
any accepted winding or grounding configuration. The
neutral wire is not connected to the GP100, so there is zero
risk of neutral currents in any normal or fault scenario.
• Compact 1RU form factor provides high power density of
27 Watts/Cubic inch
Should there be a line fault, the GP100 is compatible with
GE TLE UPSs in Ring Bus or traditional configurations, as
well as other UPSs with a transfer time of less than 8 ms.
Should there be a rectifier fault, the GP100 is parallelable up
to 100 units. In addition to applications without batteries
on the output, the GP100 is suitable for use in traditional
centralized battery applications, or in distributed systems
with traditional or advanced battery technology. Isolated
serial communications and extensive testing allow the
GP100 to work in either n+1 or N+N configurations.
The GP100 System provides a full featured , N+N redundant
480Vac to 48Vdc battery reserve system in one 19” rack
unit.Two GP100s and a GE Critical Power Edge controller
in each cabinet allow 480Vac to be the only building level
distribution voltage. Application tailored energy storage
batteries can be deployed in data cabinets as needed. The
standard GP100 is designed for international deployment,
accepting 3 phase power from 380V (Global) or 480V
(North American) sources. This system is an excellent
choice for facility scale data applications requiring
modular, very high efficiency AC to 48Vdc intermediate
voltage conversion, such as in cloud data centers.
• Efficient with 96.5% efficiency from 50 to 100% load
• Balanced draw from each of the three AC input phases
• 6000 Watts at 48 Vdc from three wire 3Ø 380 or 480 Vac
(no neutral is needed)
• Constant power for output voltages from 48 to 58 Vdc
(Output voltage programmable: Off, and from 42 to 58 Vdc)
• Communications choices: RS485 or PMBus compliant Dual
redundant I2C serial bus with +5V aux @ 2A
• Operates over a broad temperature range: –40°C through
+75°C (Output derates at 2% per °C beginning at +55 °C)
• Fail safe performance – Internal faults isolated from
output bus; hot insertion capabilities allow for rectifier
replacement without system shutdown; soft start and
inrush current protection prevent nuisance tripping of
upstream breakers.
• Extended service life – parallel operation with automatic
load sharing ensures that units are not unduly stressed
• Simple Human Factors – 3 front panel LEDs indicate AC
good (Green), DC good (Green) or Fault (Red)
• Agency Compliant – EN/IEC/UL/CSA C22.2 60950-1 2nd
edition +A1, CE mark, FCC part 15, EN55022 Class A,
EN61000 immunity and transient, EN/IEC 61000-3-2 and
EN 60555-2 Power factor correction, IPC 9592 Class II
Shock & Vibration, NEBS GR-1089, GR-63-CORE, RoHS6/6.
Electrical Specifications
Input
PARAMETER
SYMBOL
MIN
Startup Input Voltage
VIN
300
Operating Voltage Range (3Ødelta with safety frame ground)
VIN
320
Voltage Swell (no damage)
VIN
Frequency
FIN
Operating Current (3Ø - all phases operational)
IIN
10-8
Inrush Transient (per Ø at 480Vac, 25°C, excluding X-Capacitor charging)
IIN
25
Leakage Current (per Ø, 530Vac, 60Hz)
IIN
5
Power Factor (50 – 100% load)
PF
47
0.96
Efficiency (480Vac @ 25°C from 50 to 100% load)
TYP
380/480
50/60
MAX
UNIT
320
Vac
530
Vac
600
Vac
66
HZ
Adc
30
Apk
%
0.995
96.5
%
Holdup Time (output allowed to decay down to 40Vdc)
T
12
ms
Ride Through (at 480Vac, 25°C)
T
1/2
cycle
Output -52VDC Main
PARAMETER
SYMBOL
MIN
Output Power ( 430 – 530Vac - 3Ø, Tamb = 45°C |Vout|> 48Vdc)
W
6000
Default Set Point
VOUT
Overall Regulation (load, temperature, aging) 0 - 45°C, LOAD > 2.5A > 45°C
Regulation with Controller
Output Voltage Set Range - Set by firmware
Output Current (54 / 52Vdc, Tamb = 45°C )
IOut
Output Ripple Peak-to-Peak (5Hz to 20MHz)
VOUT
External Bulk Load Capacitance
COUT
TYP
MAX
UNIT
Wdc
52
Vdc
-2
-0.05
+2
+0.05
%
%
42
58
Vdc
1
111 / 115
Adc
250
mVp-p
0
1700
F/A
Environmental, Compliance & Physical
Operating Ambient Temperature Range
-40°C to +75°C (Output derates at 2%/°C beginning at 55°C)
Cooling Method
Front to back airflow with onboard temperature controlled fans
Operating Relative Humidity
0 - 95% (non-condensing) for use in a controlled environment
Electromagnetic Compatibility
FCC Part 15, EN 55022 (CISPR22), EN 55024, Level A, GR-1089
Agency Certifications* Planned
UL1950, EN60950, CSA*234/950, NEBS GR-1089, GR-63-CORE, CE Mark, RoHS 6/6
Heat Release
217 Watts, or 740 BTU/hr at full load of 6000 Watts
Acoustic Noise
<58dBA @ 25°C
Mean Time Between Failure (MTBF)
300k Hours @ 25°C per Telcordia SR-332, Method 1, Case 3
Height x Width x Depth, Weight, Packaged Weight
1.61x7.97x17.36in (41x202x441mm), 8.95 lbs (4.1 kg), 9.85 lbs (4.5 kg)
Ordering Options
PRODUCT CODE
DESCRIPTION
OUTPUT VOLTAGE
COMCODE
GP100H3R48TEZ
110A rectifier with isolated RS485 communications
52V
150034309
GP100H3R48TEZ-IN
110A rectifier with isolated RS485 communications
48V
150045497
GP100H3M54TEZ
110A rectifier with isolated dual I2C communications
54V
150039274
GE
Critical Power
601 Shiloh Road
Plano, TX 75074
+1 877 546 3243
www.gecriticalpower.com
planned
*Registered trademark of the General Electric Company.
The GE brand, logo, and lumination are trademarks of the General Electric Company. © 2015 General Electric Company.
Information provided is subject to change without notice. All values are design or typical values when measured under
laboratory conditions.
GP100AC-FS, Rev. 08/2015